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Temperature control in the liquid thermostat using Atmel ATmega328 microcontroller
Hanulík, René ; Šandera, Josef (referee) ; Adámek, Martin (advisor)
This bachelor‘s thesis familiarizes reader with the issues of temperature control and measurement in the enviroment of liquid thermostat. Thesis describes some kinds of temperature sensors, their physical principes and choices of using them. There is also described properties of ATmega328 controller and communication resources. This thesis deals with implementation of bath thermostat controller unit and describes his software equipment together with PC controlling application.
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Microcontroler oriented thermostat
Valíček, Josef ; Hynčica, Ondřej (referee) ; Zezulka, František (advisor)
The aim of the bachelor’s thesis is to design and develop a microcontroller based room thermostat, suitable for controlling the temperature in houses or flats. The proposal of the thermostat takes into consideration the requirements put on today's marketed thermostats and the regulation of house temperature. The result is a detailed circuit blueprint, suitable for assembling the thermostat device. The work is mainly focused on the design of advanced algorithms applicable for the room temperature regulation and comparison of these algorithms based on the room thermodynamic model. The selected algorithm was implemented in the Rabbit2000TM microprocessor development kit and its performance was subsequently verified at the real object. Finally, the thesis gives an evaluation of the results and suggests the most suitable algorithm for the designed thermostat.
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Temperature regulator with ESP8266
Vymazal, Tomáš ; Hanák, Pavel (referee) ; Lattenberg, Ivo (advisor)
The bachelor thesis mainly focuses on a development of a smart socket thermostat able to communicate with a user and other applications via Wi-Fi interface in the 2.4 GHz band. Subsequent centers of attention are electrical temperature measurement and analysis of IoT clouds, currently used for logging and visualization of gauged data. Essential part of the work is the detailed depiction of PCBs development from their design to the particular stages of progress. The last but not least are the firmware measures and the regulation functionality verification.
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Analysis and improvement of serial production quality in a selected company
Klaška, Vojtěch ; Osička, Karel (referee) ; Chladil, Josef (advisor)
This diplom thesis deals with iprovement of serial production quality in a company. The first chapter is devoted to literature research. The second is devoted to definition of product quality. The third part is focused on production process analysis. The fourth part deals with analysis of internal scrap and customer claims. The fifth part is focused on risk areas based on previous analysis. The final part includes corrective measures and preventitive actions and their financial assesment.
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Thermostat data acquisition and processing system
Trizna, Lukáš ; Klusáček, Jan (referee) ; Pikula, Stanislav (advisor)
The aim of this bachelor thesis is to design a system for monitoring and evaluating data from temperature sensors during thermostat testing in thermal chambers. The designed solution involves an extension of the G35 processor software by additional remote monitoring setting screens. An UDP SysLog client at the G25 processor forwards messages from G35 processor to an UDP SysLog server. The server is implemented by an application running on a PC written in C# language. The thermal data are saved to a file and drawn in a graph by the application. The designed system is used as a part of the thermostat development in the Honeywell s. r. o. company. The system enables test automation, helps the operator and provides immediate feedback about the running tests.
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Microprocesor based thermostat II
Paděra, Zdeněk ; Fiedler, Petr (referee) ; Zezulka, František (advisor)
Minor thesis is focused on ideological proposal of microcomputer orientated room thermostat, which is used for regulation of room temperature. The thesis concerns total proposal of characteristics and functions of room thermostat, concept of technical implementation and electronic scheme. The thermostat satisfies all the room thermostat requirements and eliminates disadvantages of marketed thermostats. Then algorithms of temperature control was proposed and comparison of these algorithms was realized on thermodynamic model of building. One of these algorithms was tested by the implementation on RABBIT 2000TM TCP/IP DEVELOPMENT KIT. At the close assessment of functionality of the realized algorithm was realized and selection of optimal algorithm for proposed room thermostat followed.
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User interface emulator of thermoregulator
Viták, Jan ; Šír, Michal (referee) ; Bradáč, Zdeněk (advisor)
The aim of this bachelor thesis User Interface Emulator of Thermoregulator is to design a concept of the emulator and to implement the emulator including the software. The thesis includes description of the thermostat and the particular sensors emulated, the designed concept of the system, description of the designed circuitry and the description of the embedded software and the control software for PC. The design of circuit diagram of the emulator and the design of printed circuit board are in the attachment of this thesis.
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Temperature regulator with ESP8266
Vymazal, Tomáš ; Hanák, Pavel (referee) ; Lattenberg, Ivo (advisor)
The bachelor thesis mainly focuses on a development of a smart socket thermostat able to communicate with a user and other applications via Wi-Fi interface in the 2.4 GHz band. Subsequent centers of attention are electrical temperature measurement and analysis of IoT clouds, currently used for logging and visualization of gauged data. Essential part of the work is the detailed depiction of PCBs development from their design to the particular stages of progress. The last but not least are the firmware measures and the regulation functionality verification.
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Analysis and improvement of serial production quality in a selected company
Klaška, Vojtěch ; Osička, Karel (referee) ; Chladil, Josef (advisor)
This diplom thesis deals with iprovement of serial production quality in a company. The first chapter is devoted to literature research. The second is devoted to definition of product quality. The third part is focused on production process analysis. The fourth part deals with analysis of internal scrap and customer claims. The fifth part is focused on risk areas based on previous analysis. The final part includes corrective measures and preventitive actions and their financial assesment.
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Temperature control in the liquid thermostat using Atmel ATmega328 microcontroller
Hanulík, René ; Šandera, Josef (referee) ; Adámek, Martin (advisor)
This bachelor‘s thesis familiarizes reader with the issues of temperature control and measurement in the enviroment of liquid thermostat. Thesis describes some kinds of temperature sensors, their physical principes and choices of using them. There is also described properties of ATmega328 controller and communication resources. This thesis deals with implementation of bath thermostat controller unit and describes his software equipment together with PC controlling application.
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